def test_update_prefix_properties(self): prefix.add_prefix_properties(TestPerson, 'name') test_person = TestPerson(name='John') prefix.update_prefix_properties(test_person) self.assertEqual(getattr(test_person, 'name_n_'), 'JOHN') self.assertEqual(getattr(test_person, 'name_n1_'), 'J') self.assertEqual(getattr(test_person, 'name_n2_'), 'JO')
def test_update_prefix_properties(self):
prefix.add_prefix_properties(TestPerson, 'name')
test_person = TestPerson(name='John')
prefix.update_prefix_properties(test_person)
assert test_person.name_n_ == 'JOHN'
assert test_person.name_n1_ == 'J'
assert test_person.name_n2_ == 'JO'
def test_update_prefix_properties(self):
prefix.add_prefix_properties(TestPerson, 'name')
test_person = TestPerson(name='John')
prefix.update_prefix_properties(test_person)
assert test_person.name_n_ == 'JOHN'
assert test_person.name_n1_ == 'J'
assert test_person.name_n2_ == 'JO'
def test_add_prefix_properties(self):
prefix_properties = ['name']
prefix_types = ['_n_', '_n1_', '_n2_']
all_properties = ['name', 'name_n1_', 'name_n2_', 'name_n_']
prefix.add_prefix_properties(TestPerson, 'name')
# Test the list of prefix properties was recorded
assert TestPerson._prefix_properties == prefix_properties
# Test all prefix properties have been added
for prefix_type in prefix_types:
assert hasattr(TestPerson, 'name' + prefix_type)
# Test that the model class was updated
assert sorted(TestPerson.properties()) == all_properties
def test_add_prefix_properties(self):
prefix_properties = ['name']
prefix_types = ['_n_', '_n1_', '_n2_']
all_properties = ['name', 'name_n1_', 'name_n2_', 'name_n_']
prefix.add_prefix_properties(TestPerson, 'name')
# Test the list of prefix properties was recorded
self.assertEqual(TestPerson._prefix_properties, prefix_properties)
# Test all prefix properties have been added
for prefix_type in prefix_types:
self.assertTrue(hasattr(TestPerson, 'name' + prefix_type))
# Test that the model class was updated
self.assertEqual(sorted(TestPerson.properties()), all_properties)
def test_add_prefix_properties(self):
prefix_properties = ['name']
prefix_types = ['_n_', '_n1_', '_n2_']
all_properties = ['name', 'name_n1_', 'name_n2_', 'name_n_']
prefix.add_prefix_properties(TestPerson, 'name')
# Test the list of prefix properties was recorded
assert TestPerson._prefix_properties == prefix_properties
# Test all prefix properties have been added
for prefix_type in prefix_types:
assert hasattr(TestPerson, 'name' + prefix_type)
# Test that the model class was updated
assert sorted(TestPerson.properties()) == all_properties
self.latest_status_source_date = status_source_date
self.put()
def put_new(self):
"""Write the new person record to datastore. Increments person_counter
because a new record is created. Logs user actions is updated too.
We should never call this method against an existing record."""
db.put(self)
UsageCounter.increment_counter(self.repo, ['person'])
UserActionLog.put_new('add', self, copy_properties=False)
# Old indexing
# TODO(ryok): This is obsolete. Remove it.
prefix.add_prefix_properties(Person, 'given_name', 'family_name',
'home_street', 'home_neighborhood', 'home_city',
'home_state', 'home_postal_code')
class Note(Base):
"""The datastore entity kind for storing a PFIF note record. Never call
Note() directly; use Note.create_clone() or Note.create_original()."""
# The entry_date should update every time a record is re-imported.
entry_date = db.DateTimeProperty(required=True)
person_record_id = db.StringProperty(required=True)
# Use this field to store the person_record_id of a duplicate Person entry.
linked_person_record_id = db.StringProperty(default='')
for note in self.get_notes():
if modified_note and modified_note.note_record_id == note.record_id:
note = modified_note
if note.status and not note.hidden:
status = note.status
status_source_date = note.source_date
if status != self.latest_status:
self.latest_status = status
self.latest_status_source_date = status_source_date
self.put()
# Old indexing
# TODO(ryok): This is obsolete. Remove it.
prefix.add_prefix_properties(
Person, 'given_name', 'family_name', 'home_street', 'home_neighborhood',
'home_city', 'home_state', 'home_postal_code')
class Note(Base):
"""The datastore entity kind for storing a PFIF note record. Never call
Note() directly; use Note.create_clone() or Note.create_original()."""
# The entry_date should update every time a record is re-imported.
entry_date = db.DateTimeProperty(required=True)
person_record_id = db.StringProperty(required=True)
# Use this field to store the person_record_id of a duplicate Person entry.
linked_person_record_id = db.StringProperty(default='')
if note.status and not note.hidden:
status = note.status
status_source_date = note.source_date
if status != self.latest_status:
self.latest_status = status
self.latest_status_source_date = status_source_date
self.put()
# Old indexing
# TODO(ryok): This is obsolete. Remove it.
prefix.add_prefix_properties(
Person,
"given_name",
"family_name",
"home_street",
"home_neighborhood",
"home_city",
"home_state",
"home_postal_code",
)
class Note(Base):
"""The datastore entity kind for storing a PFIF note record. Never call
Note() directly; use Note.create_clone() or Note.create_original()."""
# The entry_date should update every time a record is re-imported.
entry_date = db.DateTimeProperty(required=True)
person_record_id = db.StringProperty(required=True)
if (self.latest_status_source_date is None or
note.source_date >= self.latest_status_source_date):
self.latest_status = note.status
self.latest_status_source_date = note.source_date
def update_index(self, which_indexing):
#setup new indexing
if 'new' in which_indexing:
indexing.update_index_properties(self)
# setup old indexing
if 'old' in which_indexing:
prefix.update_prefix_properties(self)
#old indexing
prefix.add_prefix_properties(
Pet, 'first_name', 'last_name', 'home_street', 'home_neighborhood',
'home_city', 'home_state', 'home_postal_code')
class Note(Base):
"""The datastore entity kind for storing a PFIF note record. Never call
Note() directly; use Note.create_clone() or Note.create_original()."""
FETCH_LIMIT = 200
# The entry_date should update every time a record is re-imported.
entry_date = db.DateTimeProperty(required=True)
person_record_id = db.StringProperty(required=True)
# Use this field to store the person_record_id of a duplicate Person entry.
#setup new indexing
if 'new' in which_indexing:
indexing.update_index_properties(self)
# setup old indexing
if 'old' in which_indexing:
prefix.update_prefix_properties(self)
#new inedxing
indexing.add_fields_to_index_by_prefix_properties(Person,
'first_name', 'last_name');
indexing.add_fields_to_index_properties(Person,
'first_name', 'last_name');
#old indexing
prefix.add_prefix_properties(
Person, 'first_name', 'last_name', 'home_street', 'home_neighborhood',
'home_city', 'home_state', 'home_zip')
class Note(db.Model, Base):
"""The datastore entity kind for storing a PFIF note record."""
# The entry_date should update every time a record is re-imported.
entry_date = db.DateTimeProperty(auto_now=True)
person_record_id = db.StringProperty(required=True)
# Use this field to store the person_record_id of a duplicate Person entry.
linked_person_record_id = db.StringProperty(default='')
author_name = db.StringProperty(default='', multiline=True)